A set of equipment for demonstrating didactic material in classrooms for up to 35 people. Contents: projector, screen (150×150 cm), laptop, teaching software for courses: — machine parts and design fundamentals; — resistance of materials; — theory of mechanisms and machines; — technical mechanics; — theoretical mechanics; — descriptive geometry; — instrument drawing; — engineering […]

Designed to demonstrate the Saint-Venant principle, the effect of stress concentration and the shape of demonstration samples depending on the characteristics of the application of external forces. Compound: -power frame with base; — rotary device with eccentric shaft and flywheel; -pressure plates with screws; -replaceable test samples (4 pieces). Specifications: Material of test samples: rubber […]

Purpose: The dynamic light tablet stand is designed for studying common stationary connections. Description: The tablet stand is a frame structure, on the front panel of which a PVC film with a full-color image of common stationary connections is glued. Also on the stand-tablet there is a list of depicted stationary connections. The tablet stand […]

The training stand “Dynamics of a double pendulum” is designed to study an oscillatory system with two degrees of freedom. The stand is a frame structure with overall dimensions (l,d,h) of no more than 900x600x900 mm, made of a metal profile with polymer painting. The first pendulum rod is attached to the frame structure on […]

The model is intended to demonstrate the principle of operation of a drive (gear) mechanism by means of converting the movement of one or several bodies into the required movement of other bodies. It can be used as a visual aid for training in the disciplines of the courses “Theory of Machines and Mechanisms”, “Machine […]

The kit consists of 40 models of various devices and mechanisms for conducting demonstrations using a graphic projector and screen. — Crank mechanism normal and disaxial — Crank-slider mechanism with eccentric (extended axle) — Crank mechanism with swinging slider — Sine mechanism with vertical and horizontal scenes — Sine mechanism with inclined rocker — Crank […]

Allows you to model a beam lying on hinged-fixed and hinged-movable supports, and a control beam clamped at one end; determine the magnitude of the support reactions of beams. Overall dimensions, mm, no more than 900x300x550 Weight (with loads), kg, no more than 45

It simulates the cutting of involute teeth using a gear rack using the rolling-in method and is intended for conducting laboratory classes in the general technical disciplines “Theory of Machines and Mechanisms” and “Technical Mechanics” in the training of mechanical specialists of higher and secondary vocational education. The stand allows you to study the effect […]

The stand consists of a base with a supporting panel on which the crank mechanism under study is placed. A crank is installed on the shaft of the drive gear motor with adjustable rotation speed. The crank is also connected to the rocker, which makes translational movement. The stand provides the ability to set different […]

The model makes it possible to demonstrate the phenomena of buckling and buckling modes depending on the conditions of fixing the samples. The model consists of a base, a rod loading system, and four rods with the following support conditions: – hinged support on both sides; – hinged support on one side, sealing on the […]

The laboratory stand “Instantaneous axis of rotation” is intended for conducting educational and laboratory work for students in theoretical mechanics. The stand is made in the form of a desktop frame structure, consisting of a rectangular horizontal base and a vertical stand with a spindle unit attached to it. The first rotating body is fixed […]

The model of the mechanism on a stand is intended to demonstrate the principle of operation of a gear wheel by means of converting the movement of one or several bodies into the required movement of other bodies. It can be used as a visual aid for training in the disciplines of the courses “Theory […]

The image is printed on a plastic base 4 mm thick and 560×800 mm in size. The image is waterproof. Each poster has elements for attaching to the wall.

Allows you to determine the coordinates of the center of gravity by hanging loads. Overall dimensions, mm, no more than 210x210x350 Weight (with loads), kg, no more than 3

Designed to demonstrate the elastic deformation of coiled coil springs and determine the elastic characteristics during their compression. Compound: -power frame with base; — loading device in the form of suspensions with a set of weights; — coiled cylindrical compression spring (2 pcs) -yardstick. Specifications: Number of springs, pcs. 2 Limit value of force, N […]

The stand consists of a base with a supporting panel on which the studied cam mechanism with a rocker arm is placed. One of four replaceable cams with different profiles can be installed on the shaft of the drive gearmotor with adjustable rotation speed. The cam drives a rocker arm located in a vertical plane […]

“The laboratory bench is designed to study the gyroscopic effect and various designs of gyroscopes. The stand consists of: – Lagrange gyroscope installed on the base; – two-degree gyroscope installed on the base; – gyroscope launch devices; – methodological support for laboratory work. The Lagrange gyroscope is made in the form of a desktop frame […]

The model of the mechanism on a stand is intended to demonstrate the principle of operation of an inter-wheel differential by means of converting the movement of one or several bodies into the required movement of other bodies. It can be used as a visual aid for training in the disciplines of the courses “Theory […]

The image is printed on a plastic base 4 mm thick and 560×800 mm in size. The image is waterproof. Each poster has elements for attaching to the wall.

Allows you to determine the static balancing of rotating parts, changing their imbalance. Overall dimensions, mm, no more than 700x300x350 Weight (with loads), kg, no more than 40

The model makes it possible to demonstrate the phenomena of buckling and record the “load – deflection of the middle section” diagram for a simply supported sample under supercritical loading. The model consists of a base, a rod loading system with a maximum movement limiter, a set of weights (at least 8 pieces), a flexible […]

The complex is designed to determine the moment of inertia of axisymmetric parts. Composition: frame structure; a cartridge for fastening the part under study, installed on the frame structure on an elastic thread; accelerometer; frequency meter with digital display; device for excitation of torsional vibrations. Overall dimensions: 220x220x450 mm

Purpose The laboratory stand is intended for conducting laboratory work on the study of the law of conservation of axial kinetic moment in educational workshops and when delivering lectures on courses in technical mechanics, applied mechanics, theory of machines and mechanisms. Description The laboratory stand must be made in the form of a tabletop frame […]

The model of the mechanism on a stand is intended to demonstrate the principle of operation of the cam mechanism by means of converting the movement of one or several bodies into the required movement of other bodies. It can be used as a visual aid for training in the disciplines of the courses “Theory […]

The image is printed on a plastic base 4 mm thick and 560×800 mm in size. The image is waterproof. Each poster has elements for attaching to the wall.

The installation makes it possible to demonstrate the elastic behavior of solids under torsion and determine the shear modulus of the sample. Composition: load frame, load-based loading device, sample, two micrometric indicators, set of weights. Overall dimensions, no more: 800x400x400 mm

Purpose. The demonstration model “Center of gravity of flat figures” TMKM5 is designed to determine the position of the center of gravity of material bodies of constant thickness and various configurations when performing a set of laboratory work in courses in technical mechanics and applied mechanics. Description. The demonstration model “Center of gravity of flat […]